L-3 IEC’s New Military Receiver at AUSA 2011
10.10.2011 Products
L-3 Interstate Electronics Corporation (IEC) is launching its next-generation military GPS receiver at the Association of the United States Army (AUSA) 2011 Annual Meeting and Exposition being held in Washington on 10-12 October.
L-3 IEC’s new receiver utilizes a Common GPS Module (CGM) that processes Precise Code, Course/Acquisition Code and next-generation M-Code signals. In addition, it provides a common security architecture with improved anti-jam and anti-spoof capabilities.
The modernized CGM is standard and backward-compatible, making it suitable for a variety of GPS receiver platforms. This standard module design helps eliminate the cost of developing custom modules for each individual application.
“The M-Code receiver is a significant achievement in modernized military navigation technology, as GPS receivers continue to be a critical tool in-theater,” said Ric Pozo, Vice President and general manager of navigation systems for L-3 Interstate Electronics Corporation. “This latest advance provides the warfighter with a higher level of security in GPS-denied and GPS-challenged environments. L-3 IEC is proud to be a key supplier of such an important capability and continues to provide innovative military GPS solutions to our customers.”
In addition to the CGM, the new M-Code receiver will utilize a single System on Chip (SoC) application-specific integrated circuit (ASIC), which integrates Selective Availability Anti-Spoofing Module (SAASM), GPS P/Y and C/A functions together with the new military M-Code signal, in a single, low-cost unit. The unit’s product security architecture supports the production of receivers and higher-level systems in unclassified production facilities, further lowering the final system cost. L-3 IEC is planning to produce the M-Code receiver in alternative, small form factors for precision weapons, handheld devices and unmanned systems.
L-3 IEC’s new receiver utilizes a Common GPS Module (CGM) that processes Precise Code, Course/Acquisition Code and next-generation M-Code signals. In addition, it provides a common security architecture with improved anti-jam and anti-spoof capabilities.
The modernized CGM is standard and backward-compatible, making it suitable for a variety of GPS receiver platforms. This standard module design helps eliminate the cost of developing custom modules for each individual application.
“The M-Code receiver is a significant achievement in modernized military navigation technology, as GPS receivers continue to be a critical tool in-theater,” said Ric Pozo, Vice President and general manager of navigation systems for L-3 Interstate Electronics Corporation. “This latest advance provides the warfighter with a higher level of security in GPS-denied and GPS-challenged environments. L-3 IEC is proud to be a key supplier of such an important capability and continues to provide innovative military GPS solutions to our customers.”
In addition to the CGM, the new M-Code receiver will utilize a single System on Chip (SoC) application-specific integrated circuit (ASIC), which integrates Selective Availability Anti-Spoofing Module (SAASM), GPS P/Y and C/A functions together with the new military M-Code signal, in a single, low-cost unit. The unit’s product security architecture supports the production of receivers and higher-level systems in unclassified production facilities, further lowering the final system cost. L-3 IEC is planning to produce the M-Code receiver in alternative, small form factors for precision weapons, handheld devices and unmanned systems.
Previous PostFLIR’s Spectroscopic Personal Radiation Detector
Latest news
Latest events
International Defence Conference (IDC)
19 Feb 2023Abu Dhabi - United Arab EmiratesIDEX 2023 - International Defence Exhibition
20 - 24 Feb 2023Abu Dhabi National Exhibition Centre - ADNEC - United Arab EmiratesNAVDEX 2023 – Naval Defence & Maritime Security Exhibition
20 - 24 Feb 2023Abu Dhabi National Exhibition Centre - ADNEC - United Arab EmiratesGISEC Global
14 - 16 Mar 2023Dubai World Trade Centre - United Arab Emirates